Power Network Operation Systems Integration TRIZ Cases
- Lighting Load State Retention for Power Restoration Control
Distinguishing local switch-offs from blackouts lets lighting controls restore prior dimming levels instead of defaulting to full brightness.
- Intelligent Breaker Panel for Aggregated Peak Load Control
Aggregated intelligent breakers and premises controllers cut peak demand fast enough for energy market participation while protecting critical loads.
- Smart Switching Panel for Selective Secondary Power Use
Individual load switching and current sensing help use secondary power more fully while maintaining continuous supply to essential loads.
- PV Disconnect Relay for L-N Imbalance During Backup Power
An external relay monitors line-to-neutral voltage and current to disconnect legacy PV backup systems before surges or excess power damage.
- Hierarchical Energy Balancing Circuit for Sub-Second Grid Control
A tree of logical control nodes splits smart-grid calculations across processors to balance energy in under 1 second and limit overflows.
- Distributed Grid Behavior Control for Real-Time Stress Balancing
Real-time grid stress monitoring drives financial incentives that shift generator, storage, and load behavior to keep voltage and frequency stable.
- Predictive Load Shedding Using Real-Time Grid Contingency Data
Real-time operating data drives predictive load shedding that selects earlier, better-matched responses to contingencies and helps maintain grid stability.
- Line-Interactive UPS Mode Switching to Prevent Relay Adhesion
By switching through battery mode before circuit transfer, this UPS case avoids high-current relay opening, reducing adhesion, cost, and wear.
- Diode-Actuated Reverse Connection Lockout for Circuit Breakers
A diode and actuation unit block circuit breaker closing under reverse battery wiring, preventing short circuits with lower cost and size.
- Dual Power Source Plane Layout for Redundant Server Power
Separate copper backboard layers let two PSU groups feed all controllers, cutting power logic complexity while maintaining operation after one plane fails.
- Network PDU Configuration by Location-Based Bulk Provisioning
Bulk location-based configuration lets networked PDUs self-discover and receive consistent settings, cutting setup time and errors.
- Common Distribution Network Flow Equalization Without Master Control
Autonomous flow regulators equalize shared network capacity among identical consumers without communication links or a master controller.